1940 results
GE Fanuc Emerson / Versamax
This expansion module is geared towards enhancing the VersaMax microcontroller. It provides eight input points, each operating at 24VDC. The device is rated at 4 watts for the input power supply and provides a user power output of 200 mA to supply connected sensors. It can accommodate up to four exp
GE Fanuc Emerson / Series One
This output module provides four sink outputs, operating at a nominal voltage of 24 VDC. It supports a maximum current of 2 A and has a peak voltage rating of 45 VDC. Response times for switching between ON and OFF states are as quick as 0.1 ms. Additionally, the logic side includes a circuit indica
GE Fanuc Emerson / Series Six
The IC600YB901 remote I/O driver module is compatible with GE Series Six PLC systems. It features indicators for LOCAL, LINK, REMOTE, and REMOTE PARITY, which provide operational visibility. This module can be configured for a standard block size of 120 inputs and outputs, or expanded to 248 inputs
GE Fanuc Emerson / RSTi PacSystem
With a maximum field power contact current of 10 Amperes, this distribution module allows for a voltage input from the field power of 0 Volts DC. Local signaling is managed via red and green LED indicators, providing clear operational feedback. This device is designed for use in environments with an
GE Fanuc Emerson / Genius I-O
This terminator resistor kit contains four encapsulated resistors rated at 75 Ohms. It integrates seamlessly with the Genius Bus system. The kit also comprises four connection leads, marked as SER 1, SER 2, SHD OUT, and SHD IN, for easy installation. The operating temperature range spans from 0 to 4
GE Fanuc Emerson / Genius I-O
This isolated I/O block features a total of 8 circuits and operates at a minimum frequency of 50 Hz and a maximum frequency of 60 Hz. The isolation between blocks is rated at 1500 V, ensuring robust performance in demanding environments. The unit can handle an output current of 2.0 A, making it suit
GE Fanuc Emerson / Versamax
This discrete input module supports both positive and negative logic inputs and includes one LED indicator for each input point for local signaling. The maximum backplane current consumption is rated at 40 milliamperes, and it has a typical input impedance of 75 kilo ohms. The module exhibits a maxi